The minor photosystem II antenna complex CP29(Lhcb-4) has been reconstituted in vitro with the Lhcb-4 apoprotein, overexpressed in Escherichia coli, and the native pigments. Modulation of the pigment composition during reconstitution yields binding products with markedly different chlorophyll a/b binding ratios even though the total number of bound chlorophylls (a plus b) remains constant at eight. A thermodynamic analysis of steady state absorption and fluorescence spectra demonstrates that all chlorophylls are energetically coupled, while the kinetics of chlorophyll photooxidation indicate that triplet chlorophyll-carotenoid coupling is also conserved during pigment binding in vitro. The influence of the chlorophyll a/b binding ratio on t...
Lhcb5 is an antenna protein that is highly conserved in plants and green algae. It is part of the in...
Lhcb5 is an antenna protein that is highly conserved in plants and green algae. It is part of the in...
AbstractThe Photosystem II (PSII) core antenna complexes, CP43 and CP47, were prepared from spinach ...
The minor photosystem II antenna complex CP29(Lhcb-4) has been reconstituted in vitro with the Lhcb-...
The minor photosystem II antenna complex CP29(Lhcb-4) has been reconstituted in vitro with the Lhcb-...
The minor photosystem II antenna complex CP29(Lhcb-4) has been reconstituted in vitro with the Lhcb-...
The spectral forms of the two chlorophyll species in higher plant Photosystem II antenna proteins ha...
The spectral forms of the two chlorophyll species in higher plant Photosystem II antenna proteins ha...
In the first step of the photosynthetic process, light is absorbed by the pigments associated with t...
Lhcb5 is an antenna protein that is highly conserved in plants and green algae. It is part of the in...
Lhcb5 is an antenna protein that is highly conserved in plants and green algae. It is part of the in...
Lhcb5 is an antenna protein that is highly conserved in plants and green algae. It is part of the in...
AbstractChlorophyll (Chl) molecules attached to plant light-harvesting complexes (LHC) differ in the...
Lhcb5 is an antenna protein that is highly conserved in plants and green algae. It is part of the in...
Lhcb5 is an antenna protein that is highly conserved in plants and green algae. It is part of the in...
Lhcb5 is an antenna protein that is highly conserved in plants and green algae. It is part of the in...
Lhcb5 is an antenna protein that is highly conserved in plants and green algae. It is part of the in...
AbstractThe Photosystem II (PSII) core antenna complexes, CP43 and CP47, were prepared from spinach ...
The minor photosystem II antenna complex CP29(Lhcb-4) has been reconstituted in vitro with the Lhcb-...
The minor photosystem II antenna complex CP29(Lhcb-4) has been reconstituted in vitro with the Lhcb-...
The minor photosystem II antenna complex CP29(Lhcb-4) has been reconstituted in vitro with the Lhcb-...
The spectral forms of the two chlorophyll species in higher plant Photosystem II antenna proteins ha...
The spectral forms of the two chlorophyll species in higher plant Photosystem II antenna proteins ha...
In the first step of the photosynthetic process, light is absorbed by the pigments associated with t...
Lhcb5 is an antenna protein that is highly conserved in plants and green algae. It is part of the in...
Lhcb5 is an antenna protein that is highly conserved in plants and green algae. It is part of the in...
Lhcb5 is an antenna protein that is highly conserved in plants and green algae. It is part of the in...
AbstractChlorophyll (Chl) molecules attached to plant light-harvesting complexes (LHC) differ in the...
Lhcb5 is an antenna protein that is highly conserved in plants and green algae. It is part of the in...
Lhcb5 is an antenna protein that is highly conserved in plants and green algae. It is part of the in...
Lhcb5 is an antenna protein that is highly conserved in plants and green algae. It is part of the in...
Lhcb5 is an antenna protein that is highly conserved in plants and green algae. It is part of the in...
AbstractThe Photosystem II (PSII) core antenna complexes, CP43 and CP47, were prepared from spinach ...